ELECTRONIC CONTROLLERS

The Fluid Systems Division supplies a diverse range of electronic controllers for the aerospace market and for non-aerospace applications.

Our aerospace controller products are used on the latest commercial and military transport aircraft, and regional and business jets. Our controllers include flight controls, utility controllers, and pump controllers.

Building on our aerospace electronic controller success, the Fluid Systems Division has launched an industrial and automotive market product line for controllers. Coupling aerospace and industrial controller experience positions the division to be the low-cost supplier of high-performance electronic control products for all applications.

FUEL MEASUREMENT AND MANAGEMENT SYSTEMS

The Fluid Systems Division is a leading supplier of fuel measurement and management systems for the aerospace industry.

Custom designed to meet the exact specifications of each application and using the latest technologies available, our systems set new standards for maturity at entry-into-service, safety, reliability, accuracy, and maintainability, lowering the customer’s cost of ownership.

Whether you are looking for a fuel gauging system, a complete fuel measurement and management system, or something in-between, our system solutions include:

Custom designed to meet the exact specifications of each application and using the latest technologies available, our systems set new standards for maturity at entry-into-service, safety, reliability, accuracy, and maintainability, which lowers the cost of ownership.

Whether you are looking for a fuel tank inerting system with conditioned air supply or an onboard inert gas generation system (OBIGGS), our system solutions include:

FIBER OPTIC SYSTEMS

The Fluid Systems Division designs control and communication electronics that use fiber optic technology to address distributed architecture systems and open-protocol networks for aerospace applications.

Fiber systems products use patented fiber-optic networks and distributed ring architecture to collect data in safer, more cost-effective ways. The use of electrical devices based on optical technology offers many advantages, including enhanced safety, lower weight, and cost, and greater reliability.

Market Applications

The Fluid Systems Division fiber optic systems are applicable to virtually every military, commercial, and business jet aircraft flying today.

Our cooling systems utilize various proprietary components from Parker, including our advanced coldplates, smart pumps, and Macrospray nozzles. Not only do these innovative systems provide extreme heat removal, they give electronics designers the flexibility of working with more compact, conformal thermal solution packaging, permitting design in ways never before possible.

Our team can work with you to transition from traditional air and conduction cooling to a cost-effective liquid cooling system that meets your current and future cooling challenges efficiently and effectively.

System solutions utilizing a variety of liquid cooling methods for military and commercial electronics applications, enabling system integrators to achieve high compute and bandwidth density in the smallest volume possible

Thermal solutions accommodate various board types, including VITA standards for VME, VXS, and VPX (VITA 46/48) with scalable technology sized for the required amount of cooling in a particular application

Parker thermal solutions are capable of cooling up to a 1000 watts per individual board module with water or water/glycol coolants

Solutions designed to be two-level maintenance compatible; users can easily change out the electronics modules or the pump module without needing special conditions, tools, or specialized technical knowledge

Modular design approach allows the base electronics chassis to be used through several tech-refresh cycles even when changing from conduction to liquid cooling, considerably lowering the system’s total cost of ownership

Systems for ruggedized military and commercial aerospace implementation for shock, vibration, and acceleration requirements to MIL-STD-810F, EMI/EMC requirements to MIL-STD-461E, and operation from -40 to 85 degrees Celsius (storage to 125 degrees Celsius)